No description available.

archives@tulane.edu / As bilingual populations continue to increase in the US, more research is needed to understand how multilingual language learning may affect child development, especially when developing early literacy skills. To address this question, the current study investigates the differences between monolingual and French-English bilingual children’s handwriting through the use of eye-tracking technology. A sample of 39 second-grade students participated in the study, in which they copied a series of French, English, and nonsense stimulus words of varying lengths. Eye-tracking videos were coded frame-by-frame to assess differences in copying times, reading fluency defined by lookbacks, and motor continuity defined by pen lifts. GLMM analyses suggested evidence for bilingual code switching in which the bilingual group showed increases in stimulus looking times and writing times compared to the monolingual group. As language familiarity increased for the bilingual group, writing became more efficient as evidenced by shorter lookback durations. Furthermore, French and nonsense words were found to require more lookbacks and longer lookbacks than English words across the two groups, suggesting the more familiar English words led to more efficient writing in this particular sample. Further research is needed to determine if these results translate to other languages or if they may change across development. / 1 / Riana Gaudet

No description available.

No description available.

archives@tulane.edu / 1 / Emily A. Lewis

Many handwriting programs are currently used in schools, but little research has been conducted on their effectiveness. A quasi-experimental non-equivalent comparison group pretest posttest design examined effects of the Handwriting Without Tears program with special and general education students enrolled in inclusion classrooms. Two experimental classes received instruction with the HWT method while two comparison classes received instruction using traditional methods. Handwriting performance was measured using the Minnesota Handwriting Assessment. One-way analysis of covariance tested the differences between rates of handwriting improvement for experimental and comparison groups while controlling for pretest scores. Students in the experimental classes showed no statistically significant improvement in overall handwriting skill compared to the classes receiving traditional handwriting instruction. However, the HWT program was found to be effective in improving the areas of size (p = .008) and spacing (p = .014) within a 10-week period, regardless of educational status or gender.

This study evolved because of the researcher’s need to inquire whether visualmotor integration and fine motor coordination contribute to a child’s readiness to acquire handwriting skills. As school-going age is a controversial topic in the South- African context, the researcher set out to compare the readiness to acquire handwriting skills between two groups of Grade 1 children. This study was developed to determine whether a relationship existed between visual-motor integration and fine motor coordination as part of handwriting readiness, and acquiring handwriting skills in two age groups namely five-year-old children and six-year-old children. Initially the characteristics of the two age groups were determined. This was followed by establishing the level of development for visual-motor integration, fine motor coordination and handwriting skills in both age groups as well as comparing the levels of development. The abovementioned was obtained through the Miller Function and Participation Scales en the Minnesota Handwriting Assessment. Lastly, the scores for visual-motor integration and fine motor integration were correlated to the six categories of the Minnesota Handwriting Assessment. Both age groups presented with overall age appropriate abilities in visual-motor integration and fine motor coordination. The six-year-old group did better on all six of the categories for handwriting in the Minnesota Handwriting Assessment when compared to the five-year-old group. There was a significant difference (p=0.0049) between the visual-motor integration scores between the two age groups. No significant difference between the two age groups was recorded in fine motor coordination. A significant negative correlation was detected between visual-motor integration and the categories of legibility (r=-0.4029), form (r=-0.4300), size (r=-0.4087) and spacing (r=-0.3832) in the five-year-old group. The six-year-old group presented with a strong negative correlation between visual-motor integration and the category of rate (r=-0.3930). When correlating the fine motor coordination score with the categories of the Minnesota Handwriting Assessment, a strong negative correlation was detected with the categories of legibility (r=-0.3850) and spacing (r=-0.4697) in the five-yearold group. The six-year-old group did not present with significant correlations between fine motor coordination and the six categories of the Minnesota Handwriting Assessment. This study confirmed that a relationship exists between visual-motor integration, fine motor integration and handwriting skills. This relationship was not always clear and was influenced by different aspects such as age, maturity as well as the assessment instruments used. This study focused on only one district in Tshwane, which limited the data. The two age groups in this study were not matched for gender, ethnicity and handedness. / Dissertation (MOccTher)--University of Pretoria, 2013. / gm2014 / Occupational Therapy / unrestricted

This longitudinal study investigates the factors at home and school that influence children's attainment and progress in writing at Key Stage 1. Sixty children between the ages of four and seven years in four Reading primaiy schools were tracked and data was collected in the term before they started school, at school entry, on a termly basis once in school and at the end of Key Stage 1. Semi-structured interviews, questionnaires, observation schedules, checklists and standardised assessments were used. Associations between measures and continuity over time were assessed using multiple regression analysis. Pre-school independent variables that were found to be significantly associated with writing proficiency at school entry included mother's educational level, family size, parental assessment of writing and a measure of home writing. Child characteristics, skills and competencies were measured at school entry and those found to be significantly associated with writing at outcome included season of birth, WPPSI-R vocabulary score, pre-reading skills and proficiency in writing their own name. The only pre-school variable that maintained its significant relationship to writing at outcome was home writing. Teacher assessments of pupil attitudes to writing were consistently found to be significantly associated with writing at outcome. Data from the termly writing samples indicated that only the handwriting assessment predicted general writing ability at seven years of age. Eight pupils were observed writing at two points in time and the records are discussed in terms of processes and products. Issues such as quality and quantity of writing generated are considered in relation to the development of component skills (e.g. handwriting, spelling, vocabulary), within the context of the curriculum and role of the teacher. The results confirm the complexity of learning to write for children at Key Stage I and developmental considerations are discussed in relation to policy and practice issues.

Extracting strokes from handwriting in historical documents provides high-level features for the challenging problem of handwriting recognition. Such handwriting often contains noise, faint or incomplete strokes, strokes with gaps, overlapping ascenders and descenders and competing lines when embedded in a table or form, making it unsuitable for local line following algorithms or associated binarization schemes. We introduce Intelligent Pen for piece-wise optimal stroke extraction. Extracted strokes are stitched together to provide a complete trace of the handwriting. Intelligent Pen formulates stroke extraction as a set of piece-wise optimal paths, extracted and assembled in cost order. As such, Intelligent Pen is robust to noise, gaps, faint handwriting and even competing lines and strokes. Intelligent Pen traces compare closely with the shape as well as the order in which the handwriting was written. A quantitative comparison with an ICDAR handwritten stroke data set shows Intelligent Pen traces to be within 0.78 pixels (mean difference) of the manually created strokes.

archives@tulane.edu / Despite the increasing use of keyboards in the classroom, handwriting is still considered a fundamental skill that young children need to master to succeed in most areas of the elementary school curriculum. Children’s school readiness is determined by an array of cognitive, perceptual, and motor abilities that provide the foundation for academic success. These foundational abilities must be integrated for efficient handwriting and a failure of this integration predicts later academic achievement. When children begin writing, they develop from producing incoherent lines to producing letters that are more common in their language or are found in their names. Children must then learn to produce the remaining letters in their alphabet to become proficient writers. The process that children use to master the letters of an alphabet is not well understood. Previous research has focused primarily on the production of handwriting as a single skill, yet the production of handwriting entails a process in which children must integrate visual, fine motor, and basic reading skills to produce letters and words. The process of handwriting also develops in an environment that is full of letters and words. To date, the literature on handwriting has failed to address the processes that children utilize during handwriting, how these processes change through children’s development, and how the environment children are developing in influences these processes. This dissertation provides a theoretically integrative account of children’s handwriting development. The objectives of this dissertation are to determine the letter frequencies in children’s picture books, determine the opportunities that children are presented to copy letters in handwriting workbooks, measure the influence of change in grade and growth of basic reading skills on children’s visual processing development during handwriting, and measure visual-motor integration during handwriting. The approach to test these objectives is to integrate methods from educational and developmental psychology literatures in a novel series of studies using content analyses of children’s educational resources, head-mounted eye-tracking and academic assessments. By understanding the interaction between cognitive, linguistic, visual, and motor processes, researchers may establish possible mechanisms for the process of children’s development of complex skills, such as handwriting. / 1 / Nicholas E. Fears